Microsoft unveiled a significant evolution in AI-assisted software development: the GitHub Copilot coding agent. This new feature transforms Copilot from a mere code completion tool into an autonomous coding assistant capable of handling entire development tasks with minimal human intervention.
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Oracle’s new prototype solution integrates OCI Generative AI with Oracle E-Business Suite (EBS) 12.2 to allow users to run natural language queries (NLQ) on EBS data. It uses an Oracle APEX application embedded in EBS, which sends user questions (e.g., “show delayed work orders”) to an Autonomous Database (ADB), which in turn uses Oracle’s Select AI to call an LLM that generates the correct SQL. The SQL runs on the EBS DB and returns results instantly—no SQL knowledge needed.
Leave a CommentAI is evolving fast. First it helped you write code, then it summarized documents, then it started answering tech questions. Now, the next leap is here: Agentic AI.
But what exactly is it? And if you are working on database side like a DBA or are a Cloud Architect, why should you care?
Let’s break it down—without buzzwords.
Leave a CommentIntermittent latency issues are among the most frustrating problems in cloud environments. They’re hard to reproduce, impact user experience sporadically, and can stem from multiple layers: application logic, infrastructure, network, or external dependencies.
In OCI, effective latency troubleshooting requires visibility across the full stack and a methodical approach to isolate root causes.
This blog breaks down how to systematically troubleshoot intermittent latency in OCI-hosted applications.
Leave a CommentIn today’s enterprise landscape, users expect systems to be conversational, accessible, and available across channels like web, mobile, MS Teams, and Slack. Oracle Digital Assistant (ODA) delivers exactly that—an AI-powered chatbot platform that connects users to enterprise applications using natural conversation.
Built on Oracle Cloud Infrastructure (OCI), ODA enables organizations to streamline workflows, reduce human support load, and bring self-service intelligence to Oracle SaaS, custom apps, and on-premise systems like Oracle E-Business Suite (EBS) and PeopleSoft.
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Monitoring is not just about dashboards—it’s about creating a predictable, stable, and visible operating environment. In Oracle Cloud Infrastructure (OCI), this means not only watching performance metrics but also building automated, proactive alerting mechanisms across compute, network, storage, and databases.
This blog covers the tools OCI provides for resource monitoring, how to set up proactive alerts, and how to design a robust operational monitoring strategy.
Leave a CommentIn today’s cloud-native and hybrid architectures, securing secrets, passwords, and encryption keys is no longer optional—it’s foundational. Oracle Cloud Infrastructure (OCI) addresses this with its Vault service, a robust, enterprise-grade solution for managing secrets and encryption keys across your OCI tenancy.
Whether you’re managing Oracle EBS, ATP, ADW, Object Storage, or integrating 3rd-party systems, OCI Vault plays a critical role in enabling secure, compliant operations.
Leave a CommentIn a hybrid cloud setup, where your enterprise workloads are split between on-premises data centers and Oracle Cloud Infrastructure (OCI), reliable and secure network connectivity is a must. The Dynamic Routing Gateway (DRG) is the backbone component that makes this connectivity work.
Let’s break down what DRG does, why it matters, and how it fits into a typical hybrid architecture.
Leave a CommentOracle Cloud Infrastructure (OCI) offers two key networking components that sit in front of your applications—Load Balancer and API Gateway. While they may seem similar at first glance, they serve very different purposes and are optimized for different types of workloads.
This post explains their roles, differences, and when to use each.
Leave a CommentOracle Cloud Infrastructure offers two powerful flavors of Autonomous Database: Autonomous Transaction Processing (ATP) and Autonomous Data Warehouse (ADW). Both run on Oracle’s converged database engine, are fully managed, and share the same underlying architecture—but they are optimized for different workloads.
This blog explains the difference between ATP and ADW, how they are tuned under the hood, and when to use one over the other.
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